Cloudpaging®
What is Cloudpaging?
Cloudpaging is our patented cloud application virtualization technology created by our team of world-class inventors and Windows experts. It enables you to package even the most complex legacy and custom applications and deploy them across any modern Windows desktop environment in a friction-free manner, regardless of their original operating system.
Read the Whitepaper
What Makes Cloudpaging Different?
Our patented Cloudpaging technology abstracts applications from their operating system and breaks them down into “pages,” delivering them to end-user desktops on an as-needed basis. Cloudpaging containers isolate dependencies that cause application conflicts, such as multiple Java JREs or outdated drivers. This combines the benefits of layers and containers without the challenges and conflicts. Cloudpaging containers can be reused across Windows devices and operating systems, enabling you to run your entire application estate across modern desktop environments without the need to repackage them.
Cloudpaging’s advanced automated application provisioning capabilities put it in a class above traditional tools such as application virtualization tools, which only solve part of the application compatibility problems many companies face. It makes it possible to lift and shift applications to a new operating environment without the hassle and expense of upgrading to new versions of your existing software.
Read the Whitepaper“We have one image that covers 95% of our use cases…it is absolutely possible to virtualize nearly every application”
Mark West, Workspace Platforms Manager, Kingston University
Webinar
How to Make Windows 11 Your Last True Application Migration
With Windows 10 end of support arriving October 14, 2025, now is the time to plan your migration. Whether you are upgrading physical machines from Windows 10 to 11, adopting cloud-hosted desktops like Windows 365 and Azure Virtual Desktop, or establishing a hybrid desktop IT environment with a mix of physical and virtual desktops, the key to success is your applications.
Watch the webinar to learn how Cloudpaging can ensure your next application migration is not only successful, but the last one ever.
Virtualize Without Compromise
Cloudpaging abstracts applications from their underlying operating system, breaks them down into “pages” (instruction fragments), and containerizes them within a virtual sandbox. Cloudpaging containers enable you to isolate troublesome drivers and dependencies that typically prevent applications from running on modern platforms, ensuring application compatibility across physical and virtual Windows desktops. This means even the most difficult legacy, in-house, and multi-million dollar line of business applications can seamlessly move across Windows servers, devices, and operating systems.
Highest Compatibility Rate
Cloudpaging provides the highest rate of application compatibility, enabling virtually any Windows application to be packaged for modern OS, including those that contain drivers, COM+ component services, and more.
Eliminate Repackaging
Cloudpaging containers can be reused across any modern Windows desktop environment, so you don’t have to repackage applications for different Windows devices or operating systems.
Dynamic Provisioning
Deploy, update, rollback, and remove applications in real time without requiring end users to log off or reboot their desktops, maximizing uptime while mitigating risk to your business.
Accelerates Launch Times
Optimize application launch times by caching critical first-launch components, with the flexibility to maintain different pre-fetch options for different user needs.
Seamless Integration
Cloudpaging’s provisioning mechanisms can integrate to your existing provisioning tools, such as SCCM and the Citrix Management console, so you don’t need to learn a new system.
Automated Policy Enforcement
Cloudpaging enables you to automate software license policy enforcement with role and time-based access controls, as well as the ability to centrally enable offline application usage.
CAEs for Custom Scripting
Granularly execute custom scripts, also known as Configurable AppEvents (CAEs), at several trigger points throughout the application lifecycle using scripting languages such as VB and PowerShell.
Reporting Services
Cloudpaging containers provide consolidated, lightweight reporting services so you can effectively track all application activity without the need for an additional reporting server.
Self-Service Application Access
Cloudpaging containers enable applications to be accessed in a self-service model via Cloudpager Storefront, Enterprise Portal, or your preferred third-party app store.
Cloudpaging Use Cases
Cloudpaging maximizes the mobilization and management of Windows applications across modern desktop and multi-cloud environments. With the highest rate of compatibility, you can achieve full application virtualization coverage and provide end users with a native application experience regardless of where they are working or what Windows operating system their device is on.
Legacy Application Deployment
Cloudpaging enables you to eliminate obstacles to packaging and deploying even the most complex legacy and custom applications on modern Windows OS.
Learn MoreWindows OS Migration
From Windows 7 to Windows Server 2012 and Windows Server 2012 R2, Cloudpaging enables you to lift and shift all your applications to supported Windows OS.
Learn MoreApp-V’s End of Life
Microsoft announced App-V’s end of life, giving organizations until approximately 2026 to find a long-term replacement for the solution.
Learn MoreAchieving a Single Golden Image
By virtualizing applications on a per-user basis, Cloudpaging enables you to dynamically provision applications outside your image, eliminating application silos and clusters.
Read the Case StudyRun Applications on Multi-Session OS
By virtualizing applications on a per-user basis, Cloudpaging enables you to dynamically provision applications outside your image, eliminating application silos and clusters.
Read the BlogTruly Seamless Application Updates
Asynchronous processing of application updates enables you to patch applications in real time, including active user sessions, without requiring end users to log off or reboot.
Learn MoreHow to Create, Deploy, and Run Cloudpaging Application Containers
Cloudpaging maximizes the mobilization and management of Windows applications across modern desktop and multi-cloud environments. With the highest rate of compatibility, you can achieve full application virtualization coverage and provide end users with a native application experience regardless of where they are working or what Windows operating system their device is on.
Application Packaging
Cloudpaging Studio enables you to leverage our cloud application virtualization technology to package applications with their dependencies, so they can lift and shift to your preferred desktop environments. Cloudpaging containers prepare applications for automated deployment, updates, and access settings based on parameters set by your organization.
Application Deployment
Cloudpaging containers can be stored on-premises with Cloudpaging Server or in the cloud on Cloudpager. Built on our global cloud backbone hosted on AWS, Cloudpager provides the fastest and most valuable option to get up and running. The platform provides secure and highly scalable application provisioning capabilities with no upfront infrastructure costs.
Application Launch
Cloudpaging Player is a lightweight software agent that enables users to stream applications on their devices as if natively installed. You can configure it to be accessed directly by end users or your preferred application portals. This provides self-service access to employees, while giving IT complete visibility and control over your organization’s application usage.
Case Study
How an Enterprise Financial Institution Used Cloudpaging to Package All Its Business-Critical Legacy Applications for Modern Windows OS
How Cloudpaging Application Virtualization Works
Cloudpaging consists of abstracting applications from their OS and breaking them down into “pages”. These Cloudpaging containers isolate troublesome drivers and dependencies that typically prevent applications from running on modern platforms, ensuring application compatibility regardless of where they are provisioned. This means even the most difficult user mode and kernel mode applications, drivers, and multi-million-dollar line-of-business applications and ERP systems can move across servers, devices, or operating systems. This process relies on two key technologies: a virtual memory management unit (VMMU) and their respective Cloudpaging containers.
Cloudpaging’s VMMU Maximizes Performance
The VMMU works by paging a pre-virtualized image and virtualized instruction set of the application, then directly pages those instructions to the Cloudpaging container, which can reside on local or virtual machines. Cloudpaging Studio reformats the software application into those pre-virtualized instructions, encrypts it leveraging AES 256-bit encryption, then divides them into code fragments called ‘pages’. Those pages are then placed in our cloudified format so that it can be consumed by the VMMU. By leveraging Cloudpaging Server or Cloudpager, those cloudified pages can be delivered across any cloud or on-premises server.
Did you know only five to ten percent of a software application is required to launch?
With Cloudpaging’s patented technology, applications can launch up to 95% faster and lighter. The reason for this is that Cloudpaging only delivers the page fragments required to launch an application on the Cloudpaging Player. In fact, the application is never installed on the end user’s device.
What this means for your bottom line is that fewer resources and less storage are required for an organization’s end users to launch and run their “Cloudified” software.
Cloudpaging’s Container Configuration Maximizes Application Compatibility
During the application packaging process, Cloudpaging creates unique dispositions for isolating or integrating software on the end user’s operating system. This results in maximum application compatibility and functionality, whether the end-users’ desktops are virtual or physical.
During the initial packaging process, application files and registry keys can be assigned to any of the following three dispositions:
Isolated Disposition (Layer 4)
Assets are paged into a “container” and only visible to the application itself. This mirrors traditional isolation methods, establishing an extremely low risk of conflict between applications and the operating system.
Integrated Disposition (Layer 3)
Unique to Cloudpaging, assets are paged into a “container” and visible to the application itself, yet visible to the local system and other traditionally installed or paged apps. This allows applications to behave as though they are natively installed, with the flexibility to lift and shift to any Windows device or OS.
Installed Disposition (Layer 1 or 2)
Unique to Cloudpaging, this physical disposition pages assets from the application onto the OS. If you utilize Layer 2 you can restore original content upon deactivation. This maximizes application compatibility while eliminating the need for cumbersome workarounds and scripts.
Additional Resources
Case Studies
Discover why enterprises trust Numecent to simplify application packaging and deployment across modern desktop environments.
Windows 10 EOS
Microsoft has announced Windows 10 end of support will be October 14, 2025. Learn more in their documentation.